-----------------------------------------------------------------------------------
      name:  <unnamed>
       log:  /Users/jeanlavallee/Dropbox/Datapub_RESTAT/Results/Appendix/TableC1_Pa
> nelB_3.log
  log type:  text
 opened on:  19 Feb 2024, 01:49:27

. foreach var in send_someone_else med_week_or_longer{
  2. wildbootstrap regress `var' treatment final_stratum_id1-final_stratum_id13 pos
> t_exp entry_survey, cluster(uid_cluster) reps(5000) rseed(13915183)
  3. wildbootstrap regress `var' treatment final_stratum_id1-final_stratum_id13 pos
> t_exp entry_survey $patient_controls_b, cluster(uid_cluster) reps(5000) rseed(139
> 15183)
  4. }

Performing 5,000 replications for p-value for treatment = 0 ...
Computing confidence interval for treatment
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for final_stratum_id1 = 0 ...
Computing confidence interval for final_stratum_id1
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for final_stratum_id2 = 0 ...
Computing confidence interval for final_stratum_id2
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20.........30 done (30)

Performing 5,000 replications for p-value for final_stratum_id3 = 0 ...
Computing confidence interval for final_stratum_id3
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id4 = 0 ...
Computing confidence interval for final_stratum_id4
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20.........30.... done (34)

Performing 5,000 replications for p-value for final_stratum_id5 = 0 ...
Computing confidence interval for final_stratum_id5
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for final_stratum_id6 = 0 ...
Computing confidence interval for final_stratum_id6
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for final_stratum_id7 = 0 ...
Computing confidence interval for final_stratum_id7
  Lower bound: .........10.........20.........30... done (33)
  Upper bound: .........10.........20...... done (26)

Performing 5,000 replications for p-value for final_stratum_id8 = 0 ...
Computing confidence interval for final_stratum_id8
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id9 = 0 ...
Computing confidence interval for final_stratum_id9
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id10 = 0 ...
Computing confidence interval for final_stratum_id10
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for final_stratum_id11 = 0 ...
Computing confidence interval for final_stratum_id11
  Lower bound: .........10.........20... done (23)
  Upper bound: .........10.........20......... done (29)

Performing 5,000 replications for p-value for final_stratum_id12 = 0 ...
Computing confidence interval for final_stratum_id12
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20.........30... done (33)

Performing 5,000 replications for p-value for final_stratum_id13 = 0 ...
Computing confidence interval for final_stratum_id13
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20.........30. done (31)

Performing 5,000 replications for p-value for post_exp = 0 ...
Computing confidence interval for post_exp
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for entry_survey = 0 ...
Computing confidence interval for entry_survey
  Lower bound: .........10......... done (19)
  Upper bound: .........10.........20........ done (28)

Wild cluster bootstrap                             Number of obs      = 3,352
Linear regression                                  Number of clusters =    65
                                                   Cluster size:
Cluster variable: uid_cluster                                     min =    13
Error weight: Rademacher                                          avg =  51.6
                                                                  max =   121
-----------------------------------------------------------------------------
       send_someone_else |   Estimate      t  p-value    [95% conf. interval]
-------------------------+---------------------------------------------------
constraints              |
           treatment = 0 |  -.2175814   -8.64   0.000   -.2735407   -.1563322
   final_stratum_id1 = 0 |   .1573432    6.58   0.049    .0026743    .3065719
   final_stratum_id2 = 0 |   -.138288   -3.74   0.113   -.2889236    .1485971
   final_stratum_id3 = 0 |   .0527621    1.39   0.306   -.3100931     .509013
   final_stratum_id4 = 0 |  -.1774951   -2.08   0.236   -1.047216    20.01151
   final_stratum_id5 = 0 |   .1949818    6.97   0.023    .0585943    .3241848
   final_stratum_id6 = 0 |   .1667338    4.86   0.032    .0255941    .3123185
   final_stratum_id7 = 0 |   .2869934    6.54   0.089   -6.998499    1.056851
   final_stratum_id8 = 0 |   .0715941    1.88   0.191    -.093038     .248683
   final_stratum_id9 = 0 |  -.0625356   -1.08   0.392   -.2854294       .3733
  final_stratum_id10 = 0 |    .159288    3.73   0.064   -.0510513    .3485556
  final_stratum_id11 = 0 |   .0793392    1.44   0.378   -.1648772    .3519575
  final_stratum_id12 = 0 |  -.1863407   -2.78   0.102   -.7347319    14.00936
  final_stratum_id13 = 0 |  -.0454024   -0.58   0.770   -.2096841    .2927841
            post_exp = 0 |  -.0173219   -0.74   0.447   -.0645489     .029304
        entry_survey = 0 |  -.0409367   -2.53   0.015   -.0732797    -.008125
-----------------------------------------------------------------------------
note: _dum_migrate_6plus omitted because of collinearity.

Performing 5,000 replications for p-value for treatment = 0 ...
Computing confidence interval for treatment
  Lower bound: .........10......... done (19)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for final_stratum_id1 = 0 ...
Computing confidence interval for final_stratum_id1
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for final_stratum_id2 = 0 ...
Computing confidence interval for final_stratum_id2
  Lower bound: .........10......... done (19)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for final_stratum_id3 = 0 ...
Computing confidence interval for final_stratum_id3
  Lower bound: .........10.........20.........30 done (30)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id4 = 0 ...
Computing confidence interval for final_stratum_id4
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20.........30 done (30)

Performing 5,000 replications for p-value for final_stratum_id5 = 0 ...
Computing confidence interval for final_stratum_id5
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for final_stratum_id6 = 0 ...
Computing confidence interval for final_stratum_id6
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for final_stratum_id7 = 0 ...
Computing confidence interval for final_stratum_id7
  Lower bound: .........10.........20.........30....... done (37)
  Upper bound: .........10.........20...... done (26)

Performing 5,000 replications for p-value for final_stratum_id8 = 0 ...
Computing confidence interval for final_stratum_id8
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for final_stratum_id9 = 0 ...
Computing confidence interval for final_stratum_id9
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20...... done (26)

Performing 5,000 replications for p-value for final_stratum_id10 = 0 ...
Computing confidence interval for final_stratum_id10
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for final_stratum_id11 = 0 ...
Computing confidence interval for final_stratum_id11
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10.........20... done (23)

Performing 5,000 replications for p-value for final_stratum_id12 = 0 ...
Computing confidence interval for final_stratum_id12
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20.........30... done (33)

Performing 5,000 replications for p-value for final_stratum_id13 = 0 ...
Computing confidence interval for final_stratum_id13
  Lower bound: .........10.........20.........30.........40.. done (42)
  Upper bound: .........10.........20. done (21)

Performing 5,000 replications for p-value for post_exp = 0 ...
Computing confidence interval for post_exp
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for entry_survey = 0 ...
Computing confidence interval for entry_survey
  Lower bound: .........10......... done (19)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _male = 0 ...
Computing confidence interval for _male
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for _age = 0 ...
Computing confidence interval for _age
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _caste_general = 0 ...
Computing confidence interval for _caste_general
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _hindu = 0 ...
Computing confidence interval for _hindu
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _rw_both = 0 ...
Computing confidence interval for _rw_both
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10........ done (18)

Performing 5,000 replications for p-value for _ownhouse = 0 ...
Computing confidence interval for _ownhouse
  Lower bound: .........10......... done (19)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _hhd_size = 0 ...
Computing confidence interval for _hhd_size
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10........ done (18)

Performing 5,000 replications for p-value for _migrate_always = 0 ...
Computing confidence interval for _migrate_always
  Lower bound: .........10......... done (19)
  Upper bound: .........10........ done (18)

Performing 5,000 replications for p-value for _migrate_6plus = 0 ...
Computing confidence interval for _migrate_6plus
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _time_to_center = 0 ...
Computing confidence interval for _time_to_center
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _dum_male = 0 ...
Computing confidence interval for _dum_male
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for _dum_age = 0 ...
Computing confidence interval for _dum_age
  Lower bound: .........10.........20........ done (28)
  Upper bound: .........10.........20.........30.. done (32)

Performing 5,000 replications for p-value for _dum_caste_general = 0 ...
Computing confidence interval for _dum_caste_general
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _dum_hindu = 0 ...
Computing confidence interval for _dum_hindu
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20. done (21)

Performing 5,000 replications for p-value for _dum_rw_both = 0 ...
Computing confidence interval for _dum_rw_both
  Lower bound: .........10.........20.........30.... done (34)
  Upper bound: .........10.........20.........30......... done (39)

Performing 5,000 replications for p-value for _dum_ownhouse = 0 ...
Computing confidence interval for _dum_ownhouse
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for _dum_hhd_size = 0 ...
Computing confidence interval for _dum_hhd_size
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for _dum_migrate_always = 0 ...
Computing confidence interval for _dum_migrate_always
  Lower bound: .........10.........20.........30....... done (37)
  Upper bound: .........10.........20.........30....... done (37)

Performing 5,000 replications for p-value for _dum_time_to_center = 0 ...
Computing confidence interval for _dum_time_to_center
  Lower bound: .........10........ done (18)
  Upper bound: .........10.........20. done (21)

Wild cluster bootstrap                             Number of obs      = 3,352
Linear regression                                  Number of clusters =    65
                                                   Cluster size:
Cluster variable: uid_cluster                                     min =    13
Error weight: Rademacher                                          avg =  51.6
                                                                  max =   121
-----------------------------------------------------------------------------
       send_someone_else |   Estimate      t  p-value    [95% conf. interval]
-------------------------+---------------------------------------------------
constraints              |
           treatment = 0 |  -.2179992   -8.69   0.000   -.2743111   -.1580482
   final_stratum_id1 = 0 |   .1323943    5.18   0.072   -.0297283    .2772186
   final_stratum_id2 = 0 |  -.1163005   -3.04   0.111   -.2597141    .1367604
   final_stratum_id3 = 0 |   .0394301    0.94   0.450   -.3401917    .4359869
   final_stratum_id4 = 0 |  -.1287386   -1.37   0.518   -.5928295    3.267589
   final_stratum_id5 = 0 |   .1572358    5.09   0.040    .0160657    .2786524
   final_stratum_id6 = 0 |    .147566    4.11   0.057   -.0038015    .2958608
   final_stratum_id7 = 0 |   .2670228    5.66   0.062   -1.776978    .6732547
   final_stratum_id8 = 0 |   .0792997    1.99   0.158   -.0828855     .243229
   final_stratum_id9 = 0 |  -.0532968   -0.83   0.486    -.330059    .4095015
  final_stratum_id10 = 0 |   .1578703    3.43   0.079   -.0620469    .3525676
  final_stratum_id11 = 0 |   .0669605    1.38   0.350   -.1421444    .2723825
  final_stratum_id12 = 0 |  -.1349301   -2.34   0.176   -.2725074    7.056136
  final_stratum_id13 = 0 |  -.0180511   -0.26   0.810   -.1609057    .2998636
            post_exp = 0 |  -.0112469   -0.48   0.628    -.059703    .0356562
        entry_survey = 0 |   -.027997   -1.64   0.116   -.0625043    .0069305
               _male = 0 |    -.10477   -4.99   0.000   -.1468337    -.062473
                _age = 0 |   .0005356    0.99   0.333   -.0005314    .0016466
      _caste_general = 0 |  -.0299199   -1.27   0.238   -.0755406      .01996
              _hindu = 0 |  -.0284296   -1.07   0.316   -.0846545    .0248455
            _rw_both = 0 |   .0068171    0.40   0.695   -.0276333    .0420895
           _ownhouse = 0 |   .0080349    0.46   0.664   -.0279425    .0431964
           _hhd_size = 0 |   .0056751    1.63   0.120   -.0014504    .0128411
     _migrate_always = 0 |   .0303787    1.29   0.222   -.0169871    .0781129
      _migrate_6plus = 0 |  -.0163937   -0.75   0.454   -.0598034    .0270672
     _time_to_center = 0 |  -1.41e-06   -0.00   0.990    -.002163    .0020475
           _dum_male = 0 |  -.2412855   -2.71   0.009   -.6008056   -.0514147
            _dum_age = 0 |  -.0170842   -0.08   0.962   -.5031622     .649959
  _dum_caste_general = 0 |   .0088497    0.15   0.880   -.1150919    .1346253
          _dum_hindu = 0 |  -.0535587   -0.54   0.598   -.2986939    .1667369
        _dum_rw_both = 0 |   .4885886    3.80   0.218   -18.15486    125.9953
       _dum_ownhouse = 0 |   .0196353    0.33   0.750   -.1134761    .1637085
       _dum_hhd_size = 0 |   .0430537    0.26   0.962   -.2371342    .7749877
 _dum_migrate_always = 0 |  -.0193272   -0.17   0.906   -35.81264    56.68491
 _dum_time_to_center = 0 |  -.0585448   -1.76   0.112   -.1307941    .0167755
-----------------------------------------------------------------------------

Performing 5,000 replications for p-value for treatment = 0 ...
Computing confidence interval for treatment
  Lower bound: .........10......... done (19)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for final_stratum_id1 = 0 ...
Computing confidence interval for final_stratum_id1
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for final_stratum_id2 = 0 ...
Computing confidence interval for final_stratum_id2
  Lower bound: .........10.........20.........30.........40.. done (42)
  Upper bound: .........10.........20... done (23)

Performing 5,000 replications for p-value for final_stratum_id3 = 0 ...
Computing confidence interval for final_stratum_id3
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id4 = 0 ...
Computing confidence interval for final_stratum_id4
  Lower bound: .........10.........20.........30 done (30)
  Upper bound: .........10.........20.........30...... done (36)

Performing 5,000 replications for p-value for final_stratum_id5 = 0 ...
Computing confidence interval for final_stratum_id5
  Lower bound: .........10.........20.........30.........40.........50........ done
>  (58)
  Upper bound: .........10.........20........ done (28)

Performing 5,000 replications for p-value for final_stratum_id6 = 0 ...
Computing confidence interval for final_stratum_id6
  Lower bound: .........10.........20.........30.........40... done (43)
  Upper bound: .........10.........20...... done (26)

Performing 5,000 replications for p-value for final_stratum_id7 = 0 ...
Computing confidence interval for final_stratum_id7
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10........ done (18)

Performing 5,000 replications for p-value for final_stratum_id8 = 0 ...
Computing confidence interval for final_stratum_id8
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for final_stratum_id9 = 0 ...
Computing confidence interval for final_stratum_id9
  Lower bound: .........10.........20..... done (25)
  Upper bound: .........10.........20.........30.........40.........50.. done (52)

Performing 5,000 replications for p-value for final_stratum_id10 = 0 ...
Computing confidence interval for final_stratum_id10
  Lower bound: .........10.........20.........30........ done (38)
  Upper bound: .........10....... done (17)

Performing 5,000 replications for p-value for final_stratum_id11 = 0 ...
Computing confidence interval for final_stratum_id11
  Lower bound: .........10.........20... done (23)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for final_stratum_id12 = 0 ...
Computing confidence interval for final_stratum_id12
  Lower bound: .........10.........20........ done (28)
  Upper bound: .........10.........20.........30...... done (36)

Performing 5,000 replications for p-value for final_stratum_id13 = 0 ...
Computing confidence interval for final_stratum_id13
  Lower bound: .........10.........20... done (23)
  Upper bound: .........10.........20....... done (27)

Performing 5,000 replications for p-value for post_exp = 0 ...
Computing confidence interval for post_exp
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for entry_survey = 0 ...
Computing confidence interval for entry_survey
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20 done (20)

Wild cluster bootstrap                             Number of obs      = 3,295
Linear regression                                  Number of clusters =    65
                                                   Cluster size:
Cluster variable: uid_cluster                                     min =    13
Error weight: Rademacher                                          avg =  50.7
                                                                  max =   120
-----------------------------------------------------------------------------
      med_week_or_longer |   Estimate      t  p-value    [95% conf. interval]
-------------------------+---------------------------------------------------
constraints              |
           treatment = 0 |  -.0791258   -3.57   0.003   -.1276804   -.0277414
   final_stratum_id1 = 0 |  -.0444221   -0.69   0.715   -.3464091    .2597203
   final_stratum_id2 = 0 |  -.0930226   -1.28   0.444   -.2948712    .1983118
   final_stratum_id3 = 0 |  -.0174348   -0.29   0.784   -.3317708    .6102009
   final_stratum_id4 = 0 |   .0259628    0.46   0.683    -.741607     11.2375
   final_stratum_id5 = 0 |  -.0887898   -1.57   0.557   -.2112123    .0779489
   final_stratum_id6 = 0 |  -.1466804   -2.72   0.193   -.2548229    .0730229
   final_stratum_id7 = 0 |   .2493196    3.36   0.022    .0690238     .460971
   final_stratum_id8 = 0 |   .2370215    3.10   0.056   -.0109639    .4849147
   final_stratum_id9 = 0 |   .1507341    1.73   0.152   -.1841222    .4194154
  final_stratum_id10 = 0 |   .2337045    4.00   0.004    .1281858    .4285233
  final_stratum_id11 = 0 |   .0217266    0.25   0.850   -.2150674    .3037939
  final_stratum_id12 = 0 |   .0383855    0.64   0.658   -.6857619    13.76451
  final_stratum_id13 = 0 |   .0829943    1.38   0.376   -.0834304    .4362202
            post_exp = 0 |   .0540061    2.04   0.050   -4.25e-06     .106538
        entry_survey = 0 |  -.0787703   -5.07   0.000   -.1094989   -.0477594
-----------------------------------------------------------------------------
note: _dum_migrate_6plus omitted because of collinearity.

Performing 5,000 replications for p-value for treatment = 0 ...
Computing confidence interval for treatment
  Lower bound: .........10......... done (19)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for final_stratum_id1 = 0 ...
Computing confidence interval for final_stratum_id1
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20. done (21)

Performing 5,000 replications for p-value for final_stratum_id2 = 0 ...
Computing confidence interval for final_stratum_id2
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20.........30 done (30)

Performing 5,000 replications for p-value for final_stratum_id3 = 0 ...
Computing confidence interval for final_stratum_id3
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id4 = 0 ...
Computing confidence interval for final_stratum_id4
  Lower bound: .........10.........20......... done (29)
  Upper bound: .........10.........20.........30.... done (34)

Performing 5,000 replications for p-value for final_stratum_id5 = 0 ...
Computing confidence interval for final_stratum_id5
  Lower bound: .........10.........20.........30.........40....... done (47)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for final_stratum_id6 = 0 ...
Computing confidence interval for final_stratum_id6
  Lower bound: .........10.........20... done (23)
  Upper bound: .........10.........20.........30..... done (35)

Performing 5,000 replications for p-value for final_stratum_id7 = 0 ...
Computing confidence interval for final_stratum_id7
  Lower bound: .........10.........20........ done (28)
  Upper bound: .........10.........20. done (21)

Performing 5,000 replications for p-value for final_stratum_id8 = 0 ...
Computing confidence interval for final_stratum_id8
  Lower bound: .........10.........20... done (23)
  Upper bound: .........10....... done (17)

Performing 5,000 replications for p-value for final_stratum_id9 = 0 ...
Computing confidence interval for final_stratum_id9
  Lower bound: .........10.........20.... done (24)
  Upper bound: .........10.........20.........30. done (31)

Performing 5,000 replications for p-value for final_stratum_id10 = 0 ...
Computing confidence interval for final_stratum_id10
  Lower bound: .........10.........20........ done (28)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for final_stratum_id11 = 0 ...
Computing confidence interval for final_stratum_id11
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for final_stratum_id12 = 0 ...
Computing confidence interval for final_stratum_id12
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10.........20.........30 done (30)

Performing 5,000 replications for p-value for final_stratum_id13 = 0 ...
Computing confidence interval for final_stratum_id13
  Lower bound: .........10.........20.........30 done (30)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for post_exp = 0 ...
Computing confidence interval for post_exp
  Lower bound: .........10.........20.........30.... done (34)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for entry_survey = 0 ...
Computing confidence interval for entry_survey
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _male = 0 ...
Computing confidence interval for _male
  Lower bound: .........10........ done (18)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _age = 0 ...
Computing confidence interval for _age
  Lower bound: .........10......... done (19)
  Upper bound: .........10.........20. done (21)

Performing 5,000 replications for p-value for _caste_general = 0 ...
Computing confidence interval for _caste_general
  Lower bound: .........10.........20 done (20)
  Upper bound: .........10.........20........ done (28)

Performing 5,000 replications for p-value for _hindu = 0 ...
Computing confidence interval for _hindu
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10.........20..... done (25)

Performing 5,000 replications for p-value for _rw_both = 0 ...
Computing confidence interval for _rw_both
  Lower bound: .........10.........20...... done (26)
  Upper bound: .........10.........20... done (23)

Performing 5,000 replications for p-value for _ownhouse = 0 ...
Computing confidence interval for _ownhouse
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _hhd_size = 0 ...
Computing confidence interval for _hhd_size
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for _migrate_always = 0 ...
Computing confidence interval for _migrate_always
  Lower bound: .........10......... done (19)
  Upper bound: .........10.........20.. done (22)

Performing 5,000 replications for p-value for _migrate_6plus = 0 ...
Computing confidence interval for _migrate_6plus
  Lower bound: .........10.........20......... done (29)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _time_to_center = 0 ...
Computing confidence interval for _time_to_center
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _dum_male = 0 ...
Computing confidence interval for _dum_male
  Lower bound: .........10.........20........ done (28)
  Upper bound: .........10.........20. done (21)

Performing 5,000 replications for p-value for _dum_age = 0 ...
Computing confidence interval for _dum_age
  Lower bound: .........10.........20.........30.. done (32)
  Upper bound: .........10.........20.........30....... done (37)

Performing 5,000 replications for p-value for _dum_caste_general = 0 ...
Computing confidence interval for _dum_caste_general
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10.........20 done (20)

Performing 5,000 replications for p-value for _dum_hindu = 0 ...
Computing confidence interval for _dum_hindu
  Lower bound: .........10.........20........ done (28)
  Upper bound: .........10.........20... done (23)

Performing 5,000 replications for p-value for _dum_rw_both = 0 ...
Computing confidence interval for _dum_rw_both
  Lower bound: .........10.........20.........30..... done (35)
  Upper bound: .........10.........20.........30......... done (39)

Performing 5,000 replications for p-value for _dum_ownhouse = 0 ...
Computing confidence interval for _dum_ownhouse
  Lower bound: .........10.........20.. done (22)
  Upper bound: .........10.........20.... done (24)

Performing 5,000 replications for p-value for _dum_hhd_size = 0 ...
Computing confidence interval for _dum_hhd_size
  Lower bound: .........10.........20....... done (27)
  Upper bound: .........10......... done (19)

Performing 5,000 replications for p-value for _dum_migrate_always = 0 ...
Computing confidence interval for _dum_migrate_always
  Lower bound: .........10.........20.........30...... done (36)
  Upper bound: .........10.........20.........30.........40.........50...... done (
> 56)

Performing 5,000 replications for p-value for _dum_time_to_center = 0 ...
Computing confidence interval for _dum_time_to_center
  Lower bound: .........10.........20. done (21)
  Upper bound: .........10....... done (17)

Wild cluster bootstrap                             Number of obs      = 3,295
Linear regression                                  Number of clusters =    65
                                                   Cluster size:
Cluster variable: uid_cluster                                     min =    13
Error weight: Rademacher                                          avg =  50.7
                                                                  max =   120
-----------------------------------------------------------------------------
      med_week_or_longer |   Estimate      t  p-value    [95% conf. interval]
-------------------------+---------------------------------------------------
constraints              |
           treatment = 0 |  -.0784478   -3.68   0.004   -.1266558   -.0280215
   final_stratum_id1 = 0 |  -.0084128   -0.13   0.934   -.2205206    .3342244
   final_stratum_id2 = 0 |  -.1486452   -2.01   0.347   -.3802351    .0924388
   final_stratum_id3 = 0 |   .0242138    0.40   0.737   -.2130423    .5156896
   final_stratum_id4 = 0 |  -.0360496   -0.68   0.580   -.8036072    1.854494
   final_stratum_id5 = 0 |  -.0429485   -0.73   0.702   -.1447963    .1284231
   final_stratum_id6 = 0 |  -.1152265   -2.10   0.346   -.2260837    3.427758
   final_stratum_id7 = 0 |   .2695031    3.35   0.006     .067051     .534453
   final_stratum_id8 = 0 |   .2713397    3.62   0.026    .0597137    .5123294
   final_stratum_id9 = 0 |    .158429    2.02   0.129   -.1171658    .4058239
  final_stratum_id10 = 0 |   .2591748    4.46   0.003    .1552509    .4441256
  final_stratum_id11 = 0 |   .0696741    0.78   0.572   -.1560793    .3666708
  final_stratum_id12 = 0 |  -.0056584   -0.09   0.926   -.6975133    5.698013
  final_stratum_id13 = 0 |   .0698754    1.20   0.393   -.0822387    .3953612
            post_exp = 0 |   .0522142    2.03   0.050     .000077    .1037935
        entry_survey = 0 |  -.0923298   -5.65   0.000   -.1259408   -.0589076
               _male = 0 |  -.0068752   -0.49   0.644   -.0361158    .0204711
                _age = 0 |  -.0005825   -1.35   0.185   -.0015011    .0002889
      _caste_general = 0 |   .0279094    1.35   0.207   -.0153557    .0704857
              _hindu = 0 |   .0120411    0.54   0.630   -.0345337    .0576471
            _rw_both = 0 |  -.0025955   -0.17   0.849   -.0337613    .0289771
           _ownhouse = 0 |  -.0142778   -0.78   0.448   -.0515629    .0239424
           _hhd_size = 0 |   .0046617    1.45   0.154   -.0018041    .0113325
     _migrate_always = 0 |  -.0430237   -2.09   0.042   -.0849373   -.0015382
      _migrate_6plus = 0 |  -.0138487   -0.54   0.599   -.0649797    .0386356
     _time_to_center = 0 |    .000777    0.68   0.520   -.0015189    .0031226
           _dum_male = 0 |  -.0259253   -0.12   0.886   -.5099484    .8215086
            _dum_age = 0 |  -.1073958   -0.65   0.572   -11.63499    24.97929
  _dum_caste_general = 0 |   .0523744    1.22   0.248   -.0329536    .1397898
          _dum_hindu = 0 |   .0402218    0.30   0.796   -.2962045    .3333456
        _dum_rw_both = 0 |   .5350615    6.69   0.225   -16.13509    77.31743
       _dum_ownhouse = 0 |   -.170303   -4.25   0.001   -.2506006   -.0859377
       _dum_hhd_size = 0 |   .2938567    1.29   0.406   -.2965211    .9347912
 _dum_migrate_always = 0 |   .2269489    0.53   0.846   -69.91214    241.9998
 _dum_time_to_center = 0 |   .1111637    3.05   0.006    .0317372    .1905835
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